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Trends in alpha-HCH and enantiomer ratios (ER) on a transect from the Bering Sea across the polar cap to the Greenland Sea during the Arctic Ocean Transect Study of July and August 1994

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Trends in alpha-HCH and enantiomer ratios (ER) on a transect from the Bering Sea across the polar cap to the Greenland Sea during the Arctic Ocean Transect Study of July and August 1994
Sources | Title (cont.) The pesticide is produced with a racemic ratio (ER=1.00). An ER less than 1.00 implies selective breakdown of the (+)alpha-HCH enantiomer. (AAR Figure 6.23) | ||||
Cartographer/ Designer |
Graphical production: Philippe Rekacewicz and Emmanuelle Bournay (GRID-Arendal) | ||||
Appears in |
AMAP Assessment Report: Arctic Pollution Issues |
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Published | 1998 | ||||
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